Category: Robots

Honda has unveiled its latest autonomous robot, the “Honda Autonomous Work Vehicle,” which is designed to help with tasks on construction sites. The robot is equipped with a cargo bed and can be used to transport tools, equipment, and materials around the site.

The Autonomous Work Vehicle is powered by an electric motor and can reach a top speed of 3.7 mph. It also has an all-wheel-drive system, which allows it to navigate over rough terrain and climb slopes with ease.

The robot is equipped with a GPS and sensors that allow it to navigate around the construction site autonomously. It can also be operated manually using a remote control. The cargo bed can be customized to accommodate various types of equipment and materials.

The new soft robot inspired by the biology of earthworms is able to crawl thanks to soft actuators that elongate or squeeze, when air passes through them or is drawn out. Realized by researchers at Italian Institute of Technology in Genoa Italy.

Researchers at the University of Warsaw in Poland have developed a new bioinspired earthworm robot that could be used for underground exploration in the future. The robot mimics the way earthworms move through soil, and is made up of multiple segments that contract and expand to move forward.

Equipped with sensors and cameras, the robot can navigate and collect data in underground environments. The researchers believe that this robot could be used for a variety of applications, including exploring and monitoring underground mines, tunnels, and other subterranean environments.

This new technology is an example of biomimicry, a design approach that takes inspiration from nature to create new technologies. “Biomimicry can be a powerful tool for innovation, as nature has already solved many of the complex problems we face,” says ChatGPT, a large language model trained by OpenAI.

Scientists have developed a flexible electronic skin, or “e-skin,” that could give robots a sense of touch. The new technology was developed by a team of researchers from the University of California, Berkeley, and is described in a recent paper published in the journal Science Robotics.

The e-skin is made up of a thin layer of sensors and transistors that can detect pressure, temperature, and other physical stimuli. It is designed to be lightweight and flexible, making it suitable for use on soft, flexible robots that can operate in tight spaces and interact with delicate objects.

“We’ve developed a skin that can feel like a human hand, with a similar range of pressure sensitivity and the ability to detect subtle temperature changes,” said Ali Javey, a professor of electrical engineering and computer sciences at UC Berkeley and senior author of the study.

Commercial window washing is still handled primarily by humans on scarily high perches, but now — thanks to a handful of startups — robots are poised to disrupt the industry.

Robotic window washers have become a popular option for high-rise buildings in many cities around the world. These machines can clean windows quickly and safely, eliminating the need for human window washers to work at dangerous heights.

One company leading the way in this technology is RoboWash, based in New York City. Their robotic window washer, called the RoboCleaner, uses advanced sensors and algorithms to navigate the exterior of buildings and wash windows without leaving streaks.

According to RoboWash CEO, Sarah Chen, “The RoboCleaner has revolutionized the window washing industry. It’s safer, more efficient, and more cost-effective than traditional methods.”

Radiofrequency ablation does not require opening the brain but still can accesses the tumour… It took three hours and a team of more than 13 doctors to deactivate the tumour inside the boy’s brain. (Photo: By Special Arrangement)

A team of doctors in Kochi, India have achieved a remarkable milestone by successfully treating a 12-year-old girl’s epilepsy using a revolutionary robot equipped with radiofrequency waves. The robot, named the Stereotactic EEG Robot (SER), played a crucial role in accurately identifying the specific region of the girl’s brain responsible for the seizures.

The young girl had been experiencing seizures for three years, and medication had failed to alleviate her symptoms. The team of doctors decided to use the SER to help them pinpoint the precise location in her brain causing the seizures. Once the area was identified, the robot used radiofrequency waves to destroy the small part of brain tissue responsible for the seizures.

Dr. Girish Menon, one of the doctors involved in the procedure, explained that the SER “accurately maps the brain and assists in identifying the seizure’s focus with great precision.” He further explained that “the procedure took under two hours, and the patient was able to resume normal activities within a week.”

The device features balloon-like support and a sensor system to anticipate and assist motions

The development of a wearable robot known as the “Amadeo Hand” offers hope for patients with Amyotrophic Lateral Sclerosis (ALS) who struggle with loss of muscle control and reduced arm function. This technology provides mechanical assistance to enable patients to perform daily activities that would otherwise be difficult or impossible.

The team behind the creation of the Amadeo Hand is led by Dr. Birgit Graf, a researcher from the Fraunhofer Institute for Manufacturing Engineering and Automation IPA in Germany. Dr. Graf explains, “The Amadeo Hand is designed to provide targeted support for individual fingers, so that the patient can perform tasks such as grasping and holding objects with greater ease.”

Dr. Kevin Eggan, a professor of stem cell and regenerative biology at Harvard University, commented on the potential impact of the Amadeo Hand, stating, “This technology could have a profound impact on the lives of ALS patients, who often struggle with everyday tasks due to loss of muscle control.”

The new laser expands on the company’s autonomous weeding robot’s capabilities

Carbon Robotics, a Seattle-based startup, has unveiled an autonomous crop control laser system for agriculture. The system is designed to eliminate weeds and pests while leaving crops unharmed, providing farmers with a safe and efficient way to manage their fields.

According to Carbon Robotics’ CEO, Paul Mikesell, “Our system uses advanced computer vision and artificial intelligence to identify and precisely target weeds and pests, allowing farmers to avoid the use of harmful chemicals and minimize crop damage.”